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Related Data Collection

120-color lunar NIR spectrophotometry (PDS link).

Near-infrared spectra (0.6 – 2.6 µm) for small lunar areas (3-20 Km) acquired using a CVF spectrometer at Mauna Kea.

Apollo 16 standard soil spectrum: 62231

Lunar Soil Characterization Consortium (LSCC) soil spectra
Bidirectional reflectance spectra (0.3 to 2.6 µm) for a representative suite of lunar mare soils and their size separates.

Adams:  Diffuse reflectance (0.35-2.5 µm) of lunar samples.
Directional hemispheric (diffuse) reflectance spectra of lunar samples measured by John B. Adams. These data were acquired using a Beckman Dk-2A, using both gold and smoked MgO as standards, during the 1970’s.

Gaffey:  Diffuse reflectance (0.35-2.5 µm) of meteorites.
These spectra were acquired as directional hemispheric spectra using the Adams Beckman Dk-2A.

Hiroi et al.:  VNIR spectral survey (0.25-2.5 µm) of NIPR Martian meteorite chips
Bidirectional diffuse reflectance spectra of Martian meteorite chips stored at the National Institute of Polar Research measured using Bunko-Keiki bidirectional UV-Vis-NIR spectrometer located in Mizusawa, Japan (when the data were measured).

 Hiroi et al.:  VNIR spectral survey (0.25-2.5 µm) of NIPR lunar meteorite chips

Bidirectional diffuse reflectance spectra of Antarctic lunar meteorite chips recovered by the National Institute of Polar Research measured using Bunko-Keiki bidirectional UV-Vis-NIR spectrometer located in Mizusawa, Japan (when the data were measured).
 

Bidirectional reflectance spectra of a suite of synthetic pyroxenes (synthesized by Don Lindsley).

Isaacson et al.:  Lunar Rock and Mineral Characterization (LRMCC) database

Coordinated mineralogy/petrography/spectroscopy data for a suite of lunar basalt samples.